I'm have some code that draws audio input as dots. It was written to save output as pages of image files (.pdf ) but I want it to save as a movie for as long as the sound runs. I followed instructions from
http://forum.processing.org/topic/record-code   
but Quicktime doesn't recognise the .mov file - and I think there is also a problem that the .mov file is written before the sound input ends.

import processing.video.*;
public int pn=0;
public String savename ="wakemovie-"; // << here is the name of the file
MovieMaker mm;
public boolean firstpass = true;
public int frate = 5; // <<-- here is the frameRate
public boolean inc = true; // always set to true this increments each frame
public boolean addmovframe = true; // this is used to save the quictktime video
public boolean dovid =false; //<< toggle this true or false to save pics
public boolean looponce = false; // if you want to just loop once set to true
public boolean snap = true; // toggle this to take a snap of the first frame
void saveget() {
  setupvid();
  if (dovid) { 
    if (inc) {
      pn++;
    }     
    save(savename+str(pn)+".png");
  }  
  if (addmovframe) { 
    mm.addFrame();
  }   

  if (looponce) {
    noLoop();
    exit();
  }   // Pressing the ESCape  , ' key or ~ key will end the capture and the sketch
  if (keyPressed ==true && ( key=='`' || key =='~' || key == ESC)) {
    mm.finish();
    exit();
  }
}


void setupvid() {

  if (firstpass)

  {
    mm = new MovieMaker(this, width, height, savename+".mov", frate,     

    MovieMaker.ANIMATION, MovieMaker.LOSSLESS);                                     

    if (snap) {                   

      save("snap"+savename+str(pn)+".png");
    }                

    firstpass = false;
  }
}     
void loop() {     

  saveget();  //  toggle  comment this to save video or run as normal
}
//////////

import krister.Ess.*;

AudioInput myChannel;
FFT myFFT;

void setup() {
  size(screen.width,400);
  background(255);
  // start up Ess
  Ess.start(this);


  myChannel= new AudioInput();
  myChannel.start();
  // we want 256 frequency bands, so we pass 512
  myFFT=new FFT(512/4);
 
  // normalize the spectrum
  myFFT.limits();
  myFFT.equalizer(true);
  // I want 20 averages
  myFFT.averages(20);
 

 

 
}


int counter = 0;
int page_ctr= 0;
boolean REDRAW = false;

void draw() {
 
 
  if(REDRAW == true) {
    page_ctr++;
    save("PAGE"+page_ctr+".pdf");
    background(255);
    REDRAW = false;
    loop();
  }
  // draw frequency bars----------20
  for (int i=0; i<20; i++) {
    float temp = max(0,myFFT.averages[i]*512);
    ellipseMode(CORNER);
 
   fill(100);

    float vertdist = 15;
    float circgap = 5;
    if(temp>(512/8.0)) {
 
  strokeWeight(1);
 

    
      ellipse(counter,i*vertdist,vertdist-circgap,vertdist-circgap);
    }
  }
}

public void audioInputData(AudioInput input) {
  myFFT.getSpectrum(input);
  counter+=20.458; // 20 is the distance that it moves across each pass
  if(counter>=width) {
    counter = 0;
    REDRAW = true;
  }
}

// we are done, clean up Ess

public void stop() {
  Ess.stop();
  super.stop();
}